Chanterelle
Chanterelle (Cantharellus cibarius) is a golden food mushroom; here is what reviews say about it, metal and radiocesium findings, and why wild-mushroom poisoning needs urgent help.
Content last updated . This page has not been medically reviewed.

Safety first. Supplements can cause side effects and interact with medicines. Read mushroom safety and interactions before you use any mushroom product.
Documented analytical data
Each group below is one study's measurement of the stated specimen or preparation. It is not a typical value for the species or product, varies between specimens, and says nothing about effects or safety. 31 values from 5 sources.
Domagalska J, Rusin M, Rogala D, Gut-Pietrasz K, Buczkowska M. Evaluation of toxic elements in commercial dried mushr... (3 values)
Source: Domagalska J, Rusin M, Rogala D, Gut-Pietrasz K, Buczkowska M. Evaluation of toxic elements in commercial dried mushrooms from the Polish market. Molecules 2026;31(11):1865. https://pmc.ncbi.nlm.nih.gov/articles/PMC13258499/ (CC BY). Laboratory: Medical University of Silesia, Katowice, Poland. Method: varies by row (see source). Date: 2026 publication (sampling dates not stated in what was read).
| Specimen or preparation | Analyte | Value | What it is | Sample size and scope |
|---|---|---|---|---|
| Cantharellus cibarius, commercial dried product, Polish producers | Arsenic | 1.217 mg per kg (dry weight, dried commercial fruiting bodies) | median (reported) | 33. commercial products of eight producers |
| Cantharellus cibarius, commercial dried product, Polish producers | Cadmium | 0.17 mg per kg (dry weight, dried commercial fruiting bodies) | median (reported) | 33. commercial products of eight producers |
| Cantharellus cibarius, commercial dried product, Polish producers | Mercury | 0.018 mg per kg (dry weight, dried commercial fruiting bodies) | median (reported) | 33. commercial products of eight producers |
Guthrie C, Hasic S, Gordon H. Interspecies distribution and processing stability of ergothioneine and histidine in co... (1 value)
Source: Guthrie C, Hasic S, Gordon H. Interspecies distribution and processing stability of ergothioneine and histidine in commercially available mushrooms. microPublication Biology 2026. https://pmc.ncbi.nlm.nih.gov/articles/PMC13445236/ (CC BY). Laboratory: University of the Fraser Valley, Canada. Method: as in paper (not read in detail). Date: 2026 publication.
| Specimen or preparation | Analyte | Value | What it is | Sample size and scope |
|---|---|---|---|---|
| Cantharellus cibarius, dried | Ergothioneine | 0.002 mg per g (dry weight, commercial dried product) | mean of replicates (reported) | 3. one of three replicates detected; same study gave 0.904 mg per g in dried porcini |
Strumińska-Parulska D, Moniakowska A, et al. Evaluation of radioactivity in chanterelle (Cantharellus cibarius) and h... (6 values)
Source: Strumińska-Parulska D, Moniakowska A, et al. Evaluation of radioactivity in chanterelle (Cantharellus cibarius) and health implications. Environ Geochem Health 2025. https://pmc.ncbi.nlm.nih.gov/articles/PMC12152021/ (PubMed 40493290). Laboratory: University of Gdansk and collaborators, Poland (per author affiliations). Method: gamma-ray and alpha-particle spectrometry. Date: 2025 publication.
| Specimen or preparation | Analyte | Value | What it is | Sample size and scope |
|---|---|---|---|---|
| Cantharellus cibarius collected from forests across Poland | Caesium-137 (highest site) | 1647 Bq per kg (dry weight, wild fruiting bodies dried at 65 C) | minimum or maximum across sites (reported) | number of sites not read. single-site values; the ends of the range reported |
| Cantharellus cibarius collected from forests across Poland | Caesium-137 (lowest site) | 118 Bq per kg (dry weight, wild fruiting bodies dried at 65 C) | minimum or maximum across sites (reported) | number of sites not read. single-site values; the ends of the range reported |
| Cantharellus cibarius collected from forests across Poland | Polonium-210 (highest site) | 8.57 Bq per kg (dry weight, wild fruiting bodies dried at 65 C) | minimum or maximum across sites (reported) | number of sites not read. single-site values; the ends of the range reported |
| Cantharellus cibarius collected from forests across Poland | Polonium-210 (lowest site) | 2.23 Bq per kg (dry weight, wild fruiting bodies dried at 65 C) | minimum or maximum across sites (reported) | number of sites not read. single-site values; the ends of the range reported |
| Cantharellus cibarius collected from forests across Poland | Potassium-40 (highest site) | 1895 Bq per kg (dry weight, wild fruiting bodies dried at 65 C) | minimum or maximum across sites (reported) | number of sites not read. single-site values; the ends of the range reported |
| Cantharellus cibarius collected from forests across Poland | Potassium-40 (lowest site) | 1316 Bq per kg (dry weight, wild fruiting bodies dried at 65 C) | minimum or maximum across sites (reported) | number of sites not read. single-site values; the ends of the range reported |
U.S. Department of Agriculture. FoodData Central, SR Legacy (April 2018), FDC ID 168422, Mushrooms, Chanterelle, raw.... (20 values)
Source: U.S. Department of Agriculture. FoodData Central, SR Legacy (April 2018), FDC ID 168422, Mushrooms, Chanterelle, raw. https://fdc.nal.usda.gov/fdc-app.html#/food-details/168422/nutrients. Public domain. Laboratory: USDA Nutrient Data Laboratory. Method: as in USDA record. Date: SR Legacy 2018.
| Specimen or preparation | Analyte | Value | What it is | Sample size and scope |
|---|---|---|---|---|
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Carbohydrate, by difference | 6.86 g per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Copper | 0.353 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Dietary fibre | 3.8 g per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Energy | 32 kcal per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Folate, total | 2 ug per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Iron | 3.47 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Manganese | 0.286 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Niacin | 4.085 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Pantothenic acid | 1.075 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Potassium | 506 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Protein | 1.49 g per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Riboflavin | 0.215 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Selenium | 2.2 ug per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Thiamin | 0.015 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Total fat | 0.53 g per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Vitamin B6 | 0.044 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Vitamin D2 (ergocalciferol) | 5.3 ug per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Vitamin D3 (cholecalciferol) | 0 ug per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Water | 89.85 g per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
| Chanterelle, raw (USDA SR Legacy FDC 168422) | Zinc | 0.71 mg per 100 g (fresh, raw, per 100 g edible portion) | mean (reported) | see FDC record. USDA analytical value for the sampled food; one record |
Vitamin D2 review. Metabolites 2026;16(7):485, Table 1, citing an earlier Swedish study. https://pmc.ncbi.nlm.nih.gov... (1 value)
Source: Vitamin D2 review. Metabolites 2026;16(7):485, Table 1, citing an earlier Swedish study. https://pmc.ncbi.nlm.nih.gov/articles/PMC13414236/ (CC BY). Original paper not opened. Laboratory: not stated. Method: not stated in the review. Date: not stated.
| Specimen or preparation | Analyte | Value | What it is | Sample size and scope |
|---|---|---|---|---|
| Cantharellus cibarius, wild, Sweden (second-hand figure) | Vitamin D2 (ergocalciferol) | 10.7 ug per 100 g (fresh weight, wild) | as cited (reported) | not stated in what was read. one value as cited in a review |
What is Chanterelle good for?
What the body uses it for, and how strong the evidence is. A normal job in the body is not proof that extra supplements add benefit; each card says which.
As a food (nutrition)
Preliminary or mixedRaw chanterelle is a low-energy food with fibre, potassium, iron, copper, niacin and riboflavin. This applies to eating the mushroom, not to supplements.
Supplements: Not a supplement question; no chanterelle supplement data were read.
Vitamin D2 in wild chanterelle
Preliminary or mixedUSDA lists 5.3 ug vitamin D2 per 100 g raw; other studies cited in reviews give higher figures in wild, sun-exposed mushrooms.
Supplements: Not a supplement; no trial of chanterelle for vitamin D status was found.
Ergothioneine (conflicting values)
Lab or animal research onlyTwo sources disagree about ergothioneine in chanterelle: 0.002 mg/g dried in one study, 4.09 mg/g dry weight in a review citing another.
Supplements: No supplement data.
Laboratory activities (antioxidant, immune, and others)
Lab or animal research onlyReviews list antioxidant, anti-inflammatory, antimicrobial and other activities from cell and animal work.
Supplements: No human evidence found.
Health outcomes in people
Not enough evidenceNo trial of eating chanterelle on health outcomes was found in our search.
Supplements: No supplement evidence.
Connected topics
Open a group to see how each topic connects and how strong the evidence is.
Root causes (2)
- Heavy Metal ExposureDocumented risk
Wild and commercial chanterelles can contain cadmium, mercury, lead and arsenic; levels depend on origin.
- Environmental ToxinsDocumented risk
Wild chanterelles can carry radiocaesium from fallout; levels depend on the forest.
Conditions & symptoms (2)
- GastroenteritisDocumented risk
Jack-o'-lantern look-alikes cause gastroenteritis when mistaken for chanterelles.
- Food AllergyDocumented risk
Edible mushroom allergy is described in general; no chanterelle-specific report was read.
Documented risks and interactions (3)
- Look-alike poisoning (jack-o'-lantern, webcap). Poisonings follow mistaking poisonous fungi for edible ones. Jack-o'-lantern (Omphalotus) causes gastroenteritis 1 to 6 hours after eating; a deadly webcap has been confused with the funnel chanterelle, a relative. Do not identify wild fungi from text or an app.
- Heavy metals and radiocaesium. Chanterelles take up metals and radiocaesium from the soil. Polish dried products had median cadmium 0.17 mg/kg dry weight; wild Polish samples had caesium-137 from 118 to 1647 Bq/kg dry weight.
- Allergy. Edible mushroom allergy exists and is under-recognised; no chanterelle-specific case was found.
Safety first. Wild mushrooms can be poisonous. If anyone has eaten a wild mushroom and you are worried, call Poison Help at 1-800-222-1222 (US) right away and do not wait for symptoms; call 911 for collapse, a seizure, or severe vomiting with confusion. See Plant and Mushroom Poisoning. This page gives no identification or foraging help; for other countries see Poison Help by Country.
What chanterelle is
The golden chanterelle is Cantharellus cibarius Fr., an accepted species in the family Hydnaceae. [1] A 2025 review calls it a wild edible mushroom that forms partnerships with tree roots (ectomycorrhizal), valued for an apricot-like aroma and used in many culinary traditions. [2] The fruiting body is the part eaten. Other Cantharellus species exist, and a result for one species does not carry over to another.Nutrition and food use
A 2024 review describes C. cibarius as rich in carbohydrates, protein and minerals and low in fat and calories. [3] Nutrient numbers from the USDA food table for raw chanterelle are given in the lab section below;[10] see also Mushroom Nutrition.Traditional use
The sources we read do not describe a named people, region or period for a traditional medicinal use of chanterelle, only that it is valued in culinary traditions worldwide. [2] Proper evidence not found for a documented traditional medicinal use in the reviews we read.What research shows
| Question | What the source found | Strength of evidence | Form studied |
|---|---|---|---|
| Wide range of biological activities | The review lists antioxidant, anti-inflammatory, antimicrobial, immune, antitumor, neuroprotective, antidiabetic and prebiotic effects. [3] The authors state these were in vivo or in vitro (animal or lab) settings. | Preclinical (cells or animals) | Extracts and isolated compounds |
| Neuroprotective polysaccharide | Chanterelle polysaccharide fractions were tested in different in vitro models of neurodegeneration. [4] | Preclinical (cells) | Isolated polysaccharide fractions |
| Health outcomes in people from eating chanterelle | Proper evidence not found. We searched PubMed for clinical trials of Cantharellus and chanterelle; the one match was a 1999 vitamin D bioavailability study of a different species, Cantharellus tubaeformis. [5] | No good evidence either way | Not applicable |
Metals and radioactivity
Chen and Xu discuss heavy metal accumulation in chanterelle. [3] A 2025 study of chanterelles collected across Poland measured radiocesium (137Cs) between 118 and 1647 Bq per kg dry weight, and estimated annual radiation doses and cancer risk from 137Cs and 210Po that were 2 to 3 orders of magnitude higher than from 40K and 210Pb. [6] This describes samples from one country. It is not a ruling on any particular package. Region of origin, and checks on the supplier, matter. See Quality Testing and Certifications.Look-alikes and poisoning reports
Do not identify wild fungi from text or an app. A 2026 study of AI identification tools found that apps misidentified or failed to recognise common species, including the funnel chanterelle, a close relative. [17] This page names look-alikes only so that you know the risk is real, not to help anyone tell them apart.- **Jack-o'-lantern mushrooms (Omphalotus species).** A 2026 paper on a new Omphalotus species states that poisoning usually follows mistaking Omphalotus for edible mushrooms such as Pleurotus and Cantharellus. Illness is mainly gastroenteritis (nausea, vomiting, cramps, diarrhoea) 1 to 6 hours after eating, and the toxins are illudins. [14] In a 10-year retrospective review of mushroom poisonings in South Sardinia, Omphalotus olearius was the most common toxic species (22% of toxic-species cases; 18 cases, mean 3.5 hours to symptoms). [15]
- **Deadly webcap (Cortinarius rubellus).** A 2025 paper on the funnel chanterelle (Craterellus tubaeformis, a relative, not C. cibarius) says foragers have confused it with this deadly poisonous webcap, and that people are treated in Sweden every year for this mistake. [16]
- Edible chanterelles can still upset the stomach. The same Sardinian review lists two cases attributed to Cantharellus cibarius with abdominal pain, vomiting and diarrhoea, mean 16 hours to symptoms. It does not say whether the mushroom was correctly identified or how it was prepared. [15]
- Cooking does not destroy the toxins of poisonous species. [8] Poison Help (US): 1-800-222-1222.
- Not found: we did not find a source we could open on over-harvesting or conservation of C. cibarius, or on whether eating chanterelles raw is harmful. See wild harvest, conservation and sustainability for the general topic.
Lab data and chemistry
This section is about what laboratories have measured in chanterelle. It is separate from the safety advice above and does not show that eating chanterelle improves any health condition. Wikidata (the open knowledge base behind the LOTUS natural-products project) lists 19 compounds reported in Cantharellus cibarius; none of the statements carries a paper reference in the file we received. [9] A listing means "reported in at least one study of this species", not "present in every product".A. What the laboratory literature reports in this mushroom
| Compound or group | Class | Where in the mushroom / form | Identity | Source |
|---|---|---|---|---|
| Acetylenic C18 fatty acids (9 listed in Wikidata, e.g. octadeca-9,14-dien-12-ynoic acid and its hydroxy and oxo forms) | Fatty acids with a triple bond | Fruiting body. A review says 14,15-dehydrocrepenynic acid is prominent, as a free acid and as a triglyceride. One acetylenic acid from chanterelle was active on a cell-signalling target (PPAR-gamma) in the lab | Wikidata Q105029528; ChEBI 197030, 187091 | [9] [2] |
| Cibaric acid | Fatty acid derivative | Formed by enzymes in damaged fruiting bodies, per the review | Wikidata Q77513850; ChEBI 177569 | [9] [2] |
| Ergosterol | Sterol | Fruiting body; the sterol that UV light turns into vitamin D2 | Wikidata Q143263; ChEBI 16933 | [9] [2] |
| Beta-sitosterol, cerevisterol | Sterols | Named in Wikidata; no content data read | Wikidata Q121802, Q15410887; ChEBI 27693, 68083 | [9] |
| Tuberoside | Sterol-type compound (formula C34H56O8; class not read in detail) | Named in Wikidata; no content data read | Wikidata Q105192406; ChEBI 172764 | [9] |
| Alpha-, beta- and gamma-carotene | Carotenoids (yellow-orange pigments) | Fruiting body; the review lists carotenoids and vitamin A | Wikidata Q142871, Q306135, Q5520255; ChEBI 35147, 17579, 27740 | [9] [2] |
| Beta-glucans and other glucans | Fibre-like polysaccharides | Fruiting body; the review reports alpha-glucan, beta-glucan and total glucans in dried, cooked and extract samples | not a single compound | [2] |
| Ergothioneine | Sulphur-containing amino acid, antioxidant | Fruiting body; two studies disagree strongly (see B). It is not among the 19 Wikidata entries | ChEBI not checked | [2] [12] |
| Phenolic compounds and flavonoids | Polyphenols | Fruiting body; the review gives 270 mg per 100 g dry and 22 mg per 100 g fresh | not a single compound | [2] |
| Tocopherols (vitamin E forms) | Vitamins | Fruiting body; about 0.82% reported in one study cited by the review | not a single compound | [2] |
| Lectins, laccase, and other proteins | Proteins | Fruiting body; lectins clump red blood cells in lab tests; laccase isolated from the fruiting body | proteins, no ChEBI entry | [2] |
| Selenoproteins and selenium | Mineral and proteins | Fruiting body; selenium reported as low (0.153 to 0.61 mg per kg dry weight) | not a single compound | [2] |
| 3-Octanone, 2-octenol and other C8 volatiles | Aroma compounds | Give the apricot-like and cooked-carrot-like smell | not checked | [2] |
The activities the review lists for these compounds (antioxidant, anticancer, anti-inflammatory and others) come from lab and animal work; we did not find human trials in what we read. [2] [3]
B. Measured values
| Measure | Value | Basis | Sample | Source |
|---|---|---|---|---|
| Energy | 32 kcal | per 100 g, fresh, raw | USDA SR Legacy FDC 168422, Mushrooms, Chanterelle, raw | [10] |
| Water | 89.85 g | per 100 g, fresh | same record | [10] |
| Protein | 1.49 g | per 100 g, fresh | same record | [10] |
| Total fat | 0.53 g | per 100 g, fresh | same record | [10] |
| Carbohydrate (by difference) | 6.86 g | per 100 g, fresh | same record | [10] |
| Dietary fibre | 3.8 g | per 100 g, fresh | same record | [10] |
| Potassium | 506 mg | per 100 g, fresh | same record | [10] |
| Iron | 3.47 mg | per 100 g, fresh | same record | [10] |
| Copper | 0.353 mg | per 100 g, fresh | same record | [10] |
| Manganese | 0.286 mg | per 100 g, fresh | same record | [10] |
| Zinc | 0.71 mg | per 100 g, fresh | same record | [10] |
| Selenium | 2.2 ug | per 100 g, fresh | same record | [10] |
| Niacin | 4.085 mg | per 100 g, fresh | same record | [10] |
| Riboflavin | 0.215 mg | per 100 g, fresh | same record | [10] |
| Pantothenic acid | 1.075 mg | per 100 g, fresh | same record | [10] |
| Vitamin B6 | 0.044 mg | per 100 g, fresh | same record | [10] |
| Vitamin D2 (ergocalciferol) | 5.3 ug (212 IU); vitamin D3 0 ug | per 100 g, fresh. USDA has one chanterelle record and no UV-exposed chanterelle record, so there is no UV-exposed versus unexposed pair to show | same record; one sample set | [10] |
| Vitamin D2, other studies | 10.7 ug per 100 g fresh (wild, Sweden); 14.2 ug per 100 g fresh (review); 0.12 to 6.3 ug per g in dried fruiting bodies stored 2 to 6 years | fresh or dry as stated; wild-grown, so sun exposure varies. These are second-hand figures: we read the reviews, not the original papers | wild C. cibarius | [13] [2] |
| Ergothioneine | 0.002 mg per g dried (one of three replicates detected); the same study found 0.904 mg per g in dried porcini | dry weight, commercial dried product, n = 3, 2026 micropublication | C. cibarius, dried | [12] |
| Ergothioneine, other value | 4.09 mg per g dry weight, as cited in a review (original paper not opened) | dry weight | C. cibarius | [2] |
| Glucans | beta-glucan 0.38 to 14.90 mg per g dried sample, as written in the review (original paper not opened) | dry weight | C. cibarius | [2] |
| Protein, carbohydrate, fat (dry weight) | protein 53.7% and carbohydrate 31.9% and fat 2.9% (Croatian samples); protein 21.57 g and carbohydrate 66.07 g per 100 g (Greek samples) | dry weight; the two sets differ widely | C. cibarius, as tabulated in the review | [2] |
| Cadmium | median 0.17 mg per kg (range 0.04 to 0.22) | dry weight, commercial dried product from Polish producers, n = 33, graphite-furnace atomic absorption | C. cibarius | [11] |
| Mercury | median 0.018 mg per kg (maximum 0.202) | same samples; cold-vapour atomic fluorescence | C. cibarius | [11] |
| Lead | median at or below the quantification limit (maximum 1.878 mg per kg) | same samples | C. cibarius | [11] |
| Arsenic | median 1.217 mg per kg (maximum 2.811) | same samples; ICP-OES | C. cibarius | [11] |
| Radiocaesium (137Cs) | 118 to 1647 Bq per kg | dry weight, wild fruiting bodies collected across Poland | C. cibarius | [6] |
| Natural radioactivity | 40K 1316 to 1895; 210Po 2.23 to 8.57; 210Pb 1.50 to 6.14 Bq per kg | dry weight, same Polish samples | C. cibarius | [6] |
| Cadmium removal by cooking | blanching fresh fruiting bodies lowered cadmium by about 11 to 36%; blanching frozen ones by about 40%; blanching then pickling by 77 to 91% | percentage of original content; summarised in the review from Drewnowska et al. 2017 (original not opened) | C. cibarius | [2] |
No open measured value found here for total triterpenes, for vitamin A, or for any chanterelle supplement product. USDA values are for raw edible portion. [10]
C. What the numbers do and do not mean
- Ranges vary by where the mushroom grew, the season, drying and storage. The two ergothioneine figures differ by about 2000 times, and the protein and carbohydrate values differ a lot between countries, so treat each number as one measurement, not a fixed property of "chanterelle". [2] [12]
- A compound found in the lab, or active in cells and animals, is not shown to do anything in people who eat chanterelle. [2] [3]
- The vitamin D2 in wild chanterelle depends on sun exposure and is not the same as in farmed mushrooms; see mushrooms and vitamin D. The USDA record is a single food entry, so it cannot say how much a given pick will contain. [10] [13]
- Metals and radioactivity depend on the place of origin. The Polish samples of dried chanterelle were in the lower range of the species tested in one study, but another study found wide differences in radiocaesium between forests. [11] [6] Region of origin matters more than the species name.
- These are food values for the fruiting body. Chanterelle is not sold as a mycelium-on-grain supplement in anything we read, so the fruiting-body versus mycelium problem (see fruiting body vs mycelium) does not arise; compare with food portions vs supplement amounts.
Frequently asked questions
What is the scientific name of the golden chanterelle?
Cantharellus cibarius Fr. is the accepted name in GBIF. [1]
Is chanterelle a medicinal mushroom?
A review reports lab-based activities, but the effect of eating chanterelle on health outcomes in people was not found in our search. [3]
Can chanterelles contain metals or radiocesium?
Yes, in some samples. A 2025 Polish study measured radiocesium in chanterelles, and a 2024 review discusses heavy metal accumulation. [6] [3]
Is it safe to pick chanterelles in the wild?
This page cannot help with that, and it gives no identification advice. Wild mushroom poisoning is a real risk. Call Poison Help at 1-800-222-1222 after any worrying ingestion. See Plant and Mushroom Poisoning.
Does cooking remove the toxins of a poisonous mushroom?
No. Penn State Extension says you will not destroy their toxins however much you cook or dry them. [8]
More details: evidence, limits and cautions
The details behind this page: cautions, limits of the evidence and where sources disagree. Open any note to read it.
Safety questions
- Medicines, pregnancy, breastfeeding, children, liver and kidney, bleeding and surgery. Not described in the sources we read for chanterelle as food. Lack of a report is not proof of safety. Ask a pharmacist or clinician and see medicine interactions.
- Allergy. Edible mushroom allergy is described in a 2026 review title as clinically heterogeneous and under-recognized. [7] See Mushroom Allergy and Food Intolerance.
- Cooking and storage. See Cooking Edible Mushrooms Safely and Storing Mushrooms and Food Safety.
- Toxins in wild mushrooms. Penn State Extension states that no matter how much you cook or dry them, you will not destroy the toxins of poisonous mushrooms. [8]
References
- GBIF Secretariat. Cantharellus cibarius Fr., GBIF Backbone Taxonomy. Read 2026-10-23.
- Kumar A, Devi R, et al. Nutritional, nutraceutical, and medicinal potential of Cantharellus cibarius Fr.: a comprehensive review. Food Sci Nutr. 2025. PubMed 39803245. Read 2026-10-23.
- Chen X, Xu B. Insights into chemical components, health-promoting effects, and processing impact of golden chanterelle mushroom Cantharellus cibarius. Food Funct. 2024. PubMed 38967456. Read 2026-10-23.
- Neuroprotective properties of Cantharellus cibarius polysaccharide fractions in different in vitro models of neurodegeneration. Carbohydr Polym. 2018. PubMed 30007652. Title read 2026-10-23.
- Bioavailability of vitamin D from wild edible mushrooms (Cantharellus tubaeformis) as measured with a human bioassay. Am J Clin Nutr. 1999. PubMed 9925129. Title read 2026-10-23.
- Strumińska-Parulska D, Moniakowska A, et al. Evaluation of radioactivity in chanterelle (Cantharellus cibarius) and health implications. Environ Geochem Health. 2025. PubMed 40493290. Read 2026-10-23.
- Lee Qiyu ML, Song Chia J. Edible mushroom allergy: a clinically heterogeneous and under-recognized condition. Eur Ann Allergy Clin Immunol. 2026 (online ahead of print; only the title and record were available to read). PubMed 42788552. Read 2026-10-23.
- Penn State Extension. Preparing and Preserving Mushrooms. Read 2026-10-23.
- Wikidata (CC0), compound-in-taxon statements (P703) for Cantharellus cibarius, Q188749, via the LOTUS project; the 19-compound list was read from the file
docs/research/mushroom-lab-sources/lotus-chanterelle.json, retrieved 2026-10-23. Chemical IDs (ChEBI, Wikidata) are as given there. - U.S. Department of Agriculture. FoodData Central, SR Legacy (April 2018), FDC ID 168422, Mushrooms, Chanterelle, raw. Public domain. Values read from the local copy of the record.
- Domagalska J, Rusin M, Rogala D, Gut-Pietrasz K, Buczkowska M. Evaluation of toxic elements in commercial dried mushrooms from the Polish market: exposure assessment and health risk characterization. Molecules. 2026;31(11):1865. PMC13258499. Full text read 2026-10-24 (open access).
- Guthrie C, Hasic S, Gordon H. Interspecies distribution and processing stability of ergothioneine and histidine in commercially available mushrooms. microPublication Biology. 2026. PMC13445236. Full text read 2026-10-24 (open access).
- Content of vitamin D2 in alternative biological and nutritional sources and its effectiveness as compared to other sources (review). Metabolites. 2026;16(7):485. PMC13414236. Full text read 2026-10-24 (open access); chanterelle figures are cited there from earlier studies.
- Omphalotus yunnanensis: a new poisonous mushroom discovered from China based on morphological, molecular and toxin analyses. Toxins (Basel). 2026. PMC12846239. Introduction read 2026-10-24 (open access).
- Epidemiology and clinical aspects of mushroom poisonings in South Sardinia: a 10-year retrospective analysis (2011-2021). Food Sci Nutr. 2024. PMC10804087. Abstract and Table 3 read 2026-10-24 (open access).
- How funnel chanterelle (Craterellus tubaeformis) became an urban forager favorite in Scandinavia. J Ethnobiol Ethnomed. 2025. PMC12107856. Full text read 2026-10-24 (open access).
- AI-mediated risks and real-life challenges in mushroom foraging. npj Science of Food. 2026. PMC13065802. Text read 2026-10-24 (open access).